The Bacon Adhesives product line offers high-order adhesive, bonding, potting, impregnating, sealing, and coating systems. Our chemists and engineers supply valuable recommendations in the selection of the correct system, the ideal packaging, application procedures and proper production control methods.
Decades of manufacturing high-quality resin systems as well as our ISO 9001/AS9100 certifications qualify us to provide valuable counsel in the selection and application of adhesives and other resin-based systems. H.B. Fuller has developed many proprietary systems that have been used successfully to accomplish solutions for our customer’s complex requirements. We manufacture, formulate, and package many products for use in aerospace defense, electronic, industrial and medical industries.
H.B. Fuller is a global supplier of advanced, high-performance materials for the aerospace and defense industries. Our Bacon Adhesives line of products has served the aerospace market for over 50 years and is certified and specified by leading aerospace and defense OEMs. Bacon Industries is at the forefront of developing specialty adhesive formulations to meet the stringent specifications of the aerospace industry.
Our wide range of products consists of epoxies, polyurethanes, silicones, and potting compounds offered in both one-component Freeze-Paks and two-component kit systems.
Our Capabilities include:
In satellite technology, precision and durability are imperative. Low Coefficient of Expansion Epoxies play a pivotal role in satellite applications, excelling in minimizing expansion and contraction. This ensures secure bonding of critical components, even amid extreme temperature variations. For space missions demanding unwavering stability, these epoxies are the go-to choice. Elevate your satellite projects with epoxy solutions that redefine reliability and precision in the aerospace industry.
Electrically conductive adhesives play a pivotal role in satellite applications, offering essential benefits. These adhesives are vital for both strong structural bonds and efficient electrical connections, making them indispensable for satellite systems. They excel in maintaining electrical conductivity in the challenging conditions of space, including extreme temperatures and radiation exposure. This dual functionality is crucial for ensuring optimal satellite performance and reliability in the aerospace industry.
Potting compounds enhance mechanical resilience while offering insulation and robust resistance to vibration, shock, moisture, thermal cycling, dust, and chemicals. These inherent characteristics render them highly suitable for aerospace applications, effectively shielding against corrosion and environmental challenges.
